Assessing the reliability of CAD software by means of neural networks

[1] Barlow R.E., Proschan F., Mathematical Theory of Reliability, (1965)

[2] Maslov A.R., Measurement of the roughness parameters of a treated surface in turning parts fabricated from heat-resistant alloys, Meas. Techn., 55, 6, pp. 648-653, (2012)

[3] Teleshevsky V.I., Glubokov A.V., Glubokova S.V., Automated choice of methods and instruments for measuring deviations of arrangement, Meas. Techn., 55, 6, pp. 637-642, (2012)

[4] Solomentsev Y.M., Pavlov V.V., Modelirovanie proizvoditel’nykh sistem v mashinostroenii, (2010)

[5] Kabak I.S., Sukhanova N.V., Hardware accommodating associative memory of any size, Vestn. MGTU Stankin, 2, pp. 135-139, (2010)

[6] Kabak I.S., Sukhanova N.V., Simulation of the reliability of automatic control systems on the basis of artificial intelligence, Vestn. MGTU Stankin, 1, 19, pp. 95-99, (2012)

[7] Kabak I.S., Mathematical model for predicting and assessing the reliability of software, Vestn. MGTU Stankin, 1, 28, pp. 123-126, (2014)

[8] Kabak I.S., Neural-network model for predicting and assessing the reliability of software, Vestn. MGTU Stankin, 1, 28, pp. 107-111, (2014)

[9] Sheptunov S.A., Solomentsev Y.M., Kabak I.S., Sukhanova N.V., MODUS-NS technology for the development of highly reliable and responsive engineering control systems, Vestn. BGTU, 3, 43, pp. 170-173, (2014)

[10] Kabak I.S., Sukhanova N.V., Gadelev A.M., Diagnostics of cutting on the basis of neural networks, Vestn. MGTU Stankin, 4, 22, pp. 130-133, (2012)

[1] Barlow R.E., Proschan F., Mathematical Theory of Reliability, (1965)

[2] Maslov A.R., Measurement of the roughness parameters of a treated surface in turning parts fabricated from heat-resistant alloys, Meas. Techn., 55, 6, pp. 648-653, (2012)

[3] Teleshevsky V.I., Glubokov A.V., Glubokova S.V., Automated choice of methods and instruments for measuring deviations of arrangement, Meas. Techn., 55, 6, pp. 637-642, (2012)

[4] Solomentsev Y.M., Pavlov V.V., Modelirovanie proizvoditel’nykh sistem v mashinostroenii, (2010)

[5] Kabak I.S., Sukhanova N.V., Hardware accommodating associative memory of any size, Vestn. MGTU Stankin, 2, pp. 135-139, (2010)

[6] Kabak I.S., Sukhanova N.V., Simulation of the reliability of automatic control systems on the basis of artificial intelligence, Vestn. MGTU Stankin, 1, 19, pp. 95-99, (2012)

[7] Kabak I.S., Mathematical model for predicting and assessing the reliability of software, Vestn. MGTU Stankin, 1, 28, pp. 123-126, (2014)

[8] Kabak I.S., Neural-network model for predicting and assessing the reliability of software, Vestn. MGTU Stankin, 1, 28, pp. 107-111, (2014)

[9] Sheptunov S.A., Solomentsev Y.M., Kabak I.S., Sukhanova N.V., MODUS-NS technology for the development of highly reliable and responsive engineering control systems, Vestn. BGTU, 3, 43, pp. 170-173, (2014)

[10] Kabak I.S., Sukhanova N.V., Gadelev A.M., Diagnostics of cutting on the basis of neural networks, Vestn. MGTU Stankin, 4, 22, pp. 130-133, (2012)